Abstract Purpose of Review Decarbonizing the power system entails the need to update
voltage control strategies, traditionally based on synchronous generators, and energy flows …

Operating a highly decarbonized power system is technically complex and introduces novel
challenges for system operators. To this effect, the hourly day-ahead market schedule must …

Geographically neutral renewable energy auctions incentivize investors to locate their plants
in optimal locations to minimize their bid prices, but this concentration might result in …

Electricity systems are facing a massive transformation from the replacement of conventional
generation technologies by renewables. In this paper, we explore how to make compatible …

The current governance process to plan the German energy system omits two options to
substitute grid expansion: First, placing renewables closer to demand instead of where site …

In line with the Dutch Climate Agreement, multiple energy transition scenarios have been
constructed for 2030 and 2050. To various extents, they project a shift towards decentralized …

Operating a reliable electricity system requires strict safety and security criteria such as
avoiding grid congestion, minimum levels of inertia, maintaining voltage levels, and …

Alongside a transition from steerable and centralized traditional electricity generation to
intermittent and more decentralized renewable electricity generation from solar panels and …

Climate change is undoubtedly one of the main threats to sustainable development,
representing one of the greatest environmental challenges with effects on the economy …

The 2022 energy crisis highlighted the dependence of the European electricity sector on
imported natural gas. The European Union adopted measures to reduce gas consumption …